The Analytical Scientist Power List returns to celebrate the successes of the field’s leading lights!
11/09/2016 | Rich Whitworth
Depiction of laser-induced electron diffraction imaging of a molecular bond break-up in acetylene.
09/30/2016 | Sponsored by Malvern Panalytical
The particle size of the fat droplets present in dairy and other food emulsions is important in defining properties such as flavor release, mouth feel and emulsion stability. Thus, a knowledge of the particle size is critical in defining the functionality and taste of different food emulsion products. Here we show how laser diffraction can be used to measure and understand the changes in size that occur during production and storage of dairy products. This in turn can lead to a better understanding of how product formulation and performance are linked.
09/06/2016 | Sponsored by Malvern Panalytical
Nanoparticle Tracking Analysis (NTA) has found use in a variety of investigations researching the toxicity and environmental impact of nanoparticles. Here we discuss various publications in which NTA has been used to measure particle size and concentration of nanomaterials in waste water.
07/14/2016 | Joanna Cummings
A Chinese research group have discovered potentially dangerous levels of lead in lipsticks
06/16/2016 | Rich Whitworth
The world is in serious trouble when “Photoshop” is added as a major skill on the curricula vitae of scientists.
04/19/2016 | Jonathan Sweedler
What is the chemical nature of thought? What is memory? Why, over 2000 years since Aristotle first asked such questions, are we still searching?
04/18/2016 | Frank Bright
Sitting Down With... Frank Bright, Henry M. Woodburn Chair and SUNY Distinguished Professor, Department of Chemistry, University at Buffalo, New York.
03/15/2016 | Glen Jackson, Christopher Palenik
Don your purple nitrile gloves and grab a swab or two, as we delve into the realities of crime scene investigation.
02/18/2016 | Sponsored by Malvern Panalytical
Triple detection GPC/SEC combines measurements from multiple detectors to offer not only increased amounts of data, but also increased amounts of information, which is made available by the combination of different detectors (and unobtainable using individual detectors separately). The theory of triple detection GPC/SEC is described here.
02/03/2016 | Sergei Kazarian
The analytical world in general has yet to appreciate the power of FTIR spectroscopic imaging for process analysis. Here’s why it should be in your toolkit.
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